Mechanical Engineering
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The department of Mechanical Engineering started in the year of 2010. Since then the department of Mechanical Engineering strives for increasing the knowledge, enhancing the critical thinking, ability to change information into knowledge and power of analyzing the things technically of each and every individual of ever changing society through students.
We always intend to impart knowledge through a family of highly competent faculty members. Department of Mechanical Engineering plays a vital role in an engineering college catering to the teaching of Mechanical, Automobile, Thermal, Manufacturing, Design and Material Science Courses for Engineering students.
Our Laboratories have been very well established not only to cover complete syllabus but to motivate students to learn beyond the syllabus which definitely develops complete knowledge of the subject and develop skill sets of students to become promising future engineers.
Department Laboratories
- Well Equipped Workshop
- Basic Mechanical Engineering Lab
- Machine DRG. & Design Lab
- Manufacturing Process Lab
- Matrology Lab
- Fluid Mechanics and Machine Lab
- HMT and RAC Lab
- Automobile Lab
Vision and Mission
To establish our department in all respect so as to make our institute as a centre of excellence.To produce our institute as a leader in the development of human capital.
3rd Semester
| Subject Code | Subject Title |
|---|---|
| Theory | |
| TMA 303 | Engg. Mathematics |
| TME 302 | Material Science & Metallurgy |
| TME 303 | Mechanics of Materials |
| TME 304 | Basic Thermodynamics |
| TME305 | Manufacturing Processes I |
| PME 311 | Computer Aided Machine Drawing |
| PME 312 | Metallography & Material Testing Laboratory |
| PME 313 | Foundry & Forging Lab |
| SME301 | Seminar |
| GP301 | General Proficiency |
| XCS 301 | Career Skills-I |
4th Semester
| Subject Code | Subject Title |
|---|---|
| TME401 | Applied Thermodynamics |
| TME402 | Industrial Engineering |
| TME403 | Manufacturing Processes II |
| TME404 | Mechanical Measurements& Metrology |
| TME405 | Kinematics of Machines |
| PME411 | Machine Shop |
| PME412 | Applied Thermodynamics Lab |
| PME413 | Measurements& Metrology Lab |
| SME401 | Seminar |
| XCS401 | Career Skills-II |
| GP401 | General Proficiency |
5th Semester
| Subject Code | Subject Title |
|---|---|
| TME501 | Heat & Mass Transfer |
| TME 502 | Design of Machine Elements I |
| TME503 | Dynamics of Machines |
| TME504 | Fluid Mechanics |
| TME511 | Matlab for Mechanical Engineers |
| PME511 | HMT Lab |
| PME512 | DOM Lab |
| PME513 | Fluid Mechanics Lab |
| SME501 | Seminar |
| XCS501 | Career Skills-III |
| GP501 | General Proficiency |
6th Semester
| Subject Code | Subject Title |
|---|---|
| TME601 | Refrigeration & Air conditioning |
| TME602 | Design of machine elements II |
| TME603 | I.C. Engines |
| TME604 | Fluid Machinery |
| Elective I | |
| PME611 | Refrigeration & Air Conditioning Lab. |
| PME612 | Design Lab. |
| PME613 | Fluid Machinery Lab. |
| MEP601 | Mini Project |
| GP601 | General Proficiency |
| XCS601 | Career Skills-IV |
Elective I
| Subject Code | Elective name |
|---|---|
| TME 611 | Finite Element Method |
| TME 612 | Quality Control |
| TME 613 | Total Quality Management |
7th Semester
| Subject Code | Subject Title |
|---|---|
| TME701 | Mechanical Vibration |
| TME702 | CAD/CAM |
| TME703 | Tribology |
| TME704 | Operation research & optimization technique |
| Elective-II | |
| PME711 | Automation & FMS Lab. |
| PME712 | Modeling & analysis lab. |
| PME713 | Industrial Training & Seminar |
| PCV702 | Comprehensive Viva |
| MEP701 | Project work Phase I |
| GP701 | General Proficiency |
List of Electives-II
| Subject Code | Elective name |
|---|---|
| TME711 | Advanced Welding Technology |
| TME712 | Hydraulics & Pneumatics |
| TME713 | Machine Tool Design |
8th Semester
| Subject Code | Subject Title |
|---|---|
| TME801 | Automobile Engineering |
| TME802 | Powerplant Engineering |
| Elective III | |
| UCE801 | Disaster Management |
| PME811 | Automobile Lab |
| MEP801 | Project work Phase II |
| GP801 | General Proficiency |
List of Electives-III
| Subject Code | Elective name |
|---|---|
| TME811 | Computer Integrated Manufacturing |
| TME812 | Non-Conventional Energy Resources |
| TME813 | Agile Manufacturing |
| S.no | Year & Sem | Branch | Lab Name | Lab Equipment Name |
|---|---|---|---|---|
| S. No. | Year & Sem | Branch | Lab Name | Lab Equipments Name |
| 1 | 3rd & 5th | ME | DOM and MD Lab | Knuckle Joint, Cotter Joint, Gyroscope, Governor, Cam and Follower Apparatus, Ball Bearing, Gate Valve, Compound Gearing, Screw Jack, Roller Bearing, Model of generation of Involute Gear Tooth Profile by use of Rack Cutter, Model of In volute Rack Pinion, Spring, Model of Flange Coupling. |
| 2 | 3rd & 5th | ME | RAC Lab | Air Conditioning Test Rig, Refrigeration Test Rig, Model of Different Type of Evaporator, Model of different type of Expansion Valve, 2 stage air compressor Test Rig. |
| 3 | 3rd & 5th | ME | HMT Lab | Forced Convection Apparatus, Natural and Forced Convection Apparatus, Stefen Boltzman Apparatus, Composite Cylinder Apparatus, Conduction through composite wall, Free convection Apparatus, Double pipe heat exchanger, Emissivity measurement Apparatus |
| 4 | 2nd & 4th | ME | Applied Thermo Lab | Babcock Wilcox Boiler, Cochran Boiler, Locomotive, Model of Turbojet Engine |
| 5 | 3rd & 6th | ME | Fluid Machinery | Hydraulic Ram Testing Rig, Hydraulic Brakes Testing Rig, Reciprocating Pump Test Rig, Centrifugal Pump test rig, Francis Turbine Test Rig, Pelton Wheel Turbine Testing Rig, |
| 6 | 2nd & 3rd | ME | Fluid Mechanics | Apparatus for conducting orifice meter Exp, Reynolds apparatus, Flow through Venturimeter and Orificemeter apparatus, Losses in pipe fitting, Pipe friction apparatus, Pitot static Tube apparatus Apparatus for verification of Bernoulli theorem, Flat bottom vessel apparatus, Flow over rectangular and V notch tank apparatus, Metacentric Height test rig |
| 7 | 2nd & 4th | ME | Manfctg. Sc. I | Grain fineness number determination Machine, Hand injection moulding machine with plastic, Hand forging anvil and hammer, Tube bending Machine, Pedestrial grinder, Wire drawing machine Sheet bending machine, mould making copes and Drags with other accessories, furnance for melting metal having low melting point, |
| 8 | 2nd & 3rd | ME | Material Science | Plastic moulding machine, Heat treatment furnance, UTM, Impact Testing Machine, Hardness testing Machine, Deflection of beam apparatus, Polishing Machine. |
| 9 | 2nd & 4th | ME | MMC Lab | Vernier calliper, Micrometer, Tachometer, Measurement of effective diameter of screw by three wire method apparatus, Sine bar and slip gauges, Limit gauges, Bevel protactor, Feeler gauges, Dial indicator |
| 10 | 1st & 1st-2nd | ME | BME Lab | Steam engine Model, Two stroke and four stroke IC engine model, Diesel engine Prototype, Window type AC, UTM, Izod-Charpy Impact Testing machine, Flywheel apparatus, Inclined plane of friction slide apparatus, Single and Double purchase crab apparatus, |
| 11 | 1st & 1st-2nd | ME | Workshop prtactice | Lathes with all cutting tools, Shaper machine, Arc welding machine, Gas welding equipment, Spot Welding equipment, Forging anvils, Carpentry benches with vices and all carpentry tools, Fitting benches with all tools and vices, Plumbing bench with pipevices and all tools, Power saw machine, Pillar drilling machine, Bench Grinder machine. |
The job prospect for mechanical engineers is very robust. In the public sector they can opt for the prestigious Indian Engineering Examinations to be placed in high prolife public sector technology jobs. Similarly they can access a number of engineering profiles at the State and Central Government level via a number of entrance exams. These include the prestigious Civil Services Exams. The Indian Armed Forces are a major recruiter of Mechanical Engineers.
In the private sector there is huge demand for Mechanical Engineering graduates. The automobile, shipping, aviation, manufacturing, power and environmental sectors are the prime source of employment. A degree in management expands the job suitability and engineers can work as a consultant and planners.